Abstract
High quality and behavior of steel is playing an essential role in metal and manufacturing industries. Hardox steel has exceptional properties includes high wear resistant and hardness. The wear behavior of hardox 400 steel was evaluated through pin on disc tribometer using different input constraints such as load, sliding velocity and disc speed. The wear worn surface was investigated through atomic force microscopy. The wear rate of the hardox steel was calculated with different load conditions. The wear factors and wear rate were optimized by taguchi method. Variance analysis was provided the contribution of each factor on mass loss.
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